void CTraverseBySourceExchange::SendPacket()
{
m_bFailed = m_dwState & NAT_E_NOPEER;
try
{
if(!m_bFailed && (m_dwState&NAT_S_SYNC)==0 && time(NULL)-m_SendReqTime > 5) // 5 seconds
{
// failed to connect
if(m_nSendReqCount > 12)
{
m_dwState|=NAT_E_TIMEOUT;
if(m_nSendReqCount>23)
Failed();
m_nSendReqCount++;
}
else
{
if(m_nSendReqCount==0)
_AddLogLine(false, _T("Begin to connect %s."), UserHashToString(m_UserHash));
SendConnectReq();
}
}
if(m_bFailed)
{
if(m_Sock)// && pClientSock->client)
{
//m_Sock->m_bUseNat = false;
}
if(m_dwState & NAT_E_NOPEER)
{
_AddLogLine(false, _T("Unconnected NatSock was deleted. server return E_NOPEER. %s."), UserHashToString(m_UserHash));
}
else
{
_AddLogLine(false, _T("Unconnected NatSock was deleted. time out. %s."), UserHashToString(m_UserHash));
}
}
if(m_dwState & NAT_S_SYNC && time(NULL)-m_SendPingTime >4)
{
if(m_nPassivePing> 15)
{
_AddLogLine(false, _T("Passive Unconnected NatSock was deleted. timeout. %s."), UserHashToString(m_UserHash));
Failed();
}
else
{
SendPingPacket();
}
}
}
catch(...)
{
// the CAsyncSocketEx maybe is deleted
Failed();
}
}
void
IpVerify::PrintAuthTable(int dprintf_level) {
struct in6_addr host;
UserPerm_t * ptable;
PermHashTable->startIterations();
while (PermHashTable->iterate(host, ptable)) {
MyString userid;
perm_mask_t mask;
ptable->startIterations();
while( ptable->iterate(userid,mask) ) {
// Call has_user() to get the full mask
has_user(ptable, userid.Value(), mask);
MyString auth_entry_str;
AuthEntryToString(host,userid.Value(),mask, auth_entry_str);
dprintf(dprintf_level,"%s\n", auth_entry_str.Value());
}
}
dprintf(dprintf_level,"Authorizations yet to be resolved:\n");
DCpermission perm;
for ( perm=FIRST_PERM; perm < LAST_PERM; perm=NEXT_PERM(perm) ) {
PermTypeEntry* pentry = PermTypeArray[perm];
ASSERT( pentry );
MyString allow_users,deny_users;
if( pentry->allow_users ) {
UserHashToString(pentry->allow_users,allow_users);
}
if( pentry->deny_users ) {
UserHashToString(pentry->deny_users,deny_users);
}
if( allow_users.Length() ) {
dprintf(dprintf_level,"allow %s: %s\n",
PermString(perm),
allow_users.Value());
}
if( deny_users.Length() ) {
dprintf(dprintf_level,"deny %s: %s\n",
PermString(perm),
deny_users.Value());
}
}
}
void CTraverseByBuddy::SendPacket()
{
try
{
if(!m_bFailed && (m_dwState&NAT_S_SYNC)==0 && time(NULL)-m_SendReqTime > 10)
{
// failed to connect
if(m_nSendReqCount>60)
{
m_dwState|=NAT_E_TIMEOUT;
if(m_nSendReqCount>70)
Failed();
m_nSendReqCount++;
}
else
{
SendConnectReq();
SendPingPacket();
}
}
if(m_bFailed)
{
if(m_Sock)// && pClientSock->client)
{
//m_Sock->m_bUseNat = false;
}
_AddLogLine(false, _T("Unconnected NatSock was deleted. time out. %s."), UserHashToString(m_UserHash));
}
}
catch(...)
{
// the CAsyncSocketEx maybe is deleted
TRACE("Exception: %s\n", __FUNCTION__);
Failed();
}
}
void CNatThread::RemoveSocket(CAsyncSocketEx * sock,bool bDisconnectAll/*=false*/,const uchar* pUserHash/*=NULL*/)
{
//AFX_MANAGE_STATE(AfxGetStaticModuleState())
CSingleLock locker(&m_Mutex, TRUE);
CNatSocket *nsock=NULL;
m_SockMap.Lookup(sock, nsock);
if(nsock)
{
#ifdef _DEBUG_NAT
_AddLogLine(false, _T("NatSock was put into pool. by above application. %s."), UserHashToString(nsock->GetUserHash()));
#endif
m_SockMap.RemoveKey(sock);
RemoveTempASock(nsock->GetUserHash());
if(bDisconnectAll)
{
delete nsock;
}
else
{
nsock->DumpData();
nsock->m_Parent = NULL;
nsock->m_dwConnAskNumber = 0;
m_NatSockPool.SetAt(nsock->GetUserHash(), nsock);
}
}
RemoveSocketInUnconn(sock);
if( bDisconnectAll && pUserHash )
{
RemoveStrategy( pUserHash );
RemoveNatSocket( pUserHash );
}
}
void CTraverseBySourceExchange::OnRecvPing(const uchar * data, int /*len*/, DWORD ip, WORD port)
{
if( NULL==CGlobalVariable::natthread )
return;
TRACE("\nReceive Ping From Source Exchange!\n");
// For the strict design Process
if (!(m_dwState & NAT_S_SYNC))
{
TRACE("\nReceive Ping before Sync!\n");
return;
}
//UINT realsize=len-1;// VC-linhai[2007-08-06]:warning C4189: “realsize” : 局部变量已初始化但不引用
const uchar * realdata=data+1;
const uchar * hash=realdata;
DWORD ConnAck=0;
memcpy(&ConnAck, hash+16, 4);
TRACE("recv ping 3. %02X%02X%02X%02X, ConnAck=%d\n", hash[0], hash[1], hash[2], hash[3],
ConnAck);
CAsyncSocketEx * pASock=NULL;
if(ConnAck && !m_dwConnAskNumber)
m_dwConnAskNumber = ConnAck;
pASock = m_Sock;
ASSERT(pASock);
if(!pASock)
{
TRACE("no AsyncsocketEx for unconnect sk\n");
Failed();
return;
}
CNatSocket * nsock = CGlobalVariable::natthread->FindNatSocket(hash);
if(nsock)
{
Finish();
return ;
}
nsock=new CNatSocket(pASock);
nsock->m_dwConnAskNumber= m_dwConnAskNumber;
sUserModeTCPConfig * tc=new sUserModeTCPConfig(ip, port);
nsock->SetConfig(tc);
nsock->m_TraversalType = CNatSocket::Traversal_byexchangesource;
memcpy(nsock->GetUserHash(), hash, 16);
CGlobalVariable::natthread->AddNatSocket(pASock, nsock);
CGlobalVariable::natthread->RemoveUnconnSocket(hash); //ADDED by VC-fengwen on 2007/10/15 : sock连通后，在unconnectsocket里要清除它。
_AddLogLine(false, _T("NAT traversal connected. %s."), UserHashToString(hash));
CGlobalVariable::natthread->RemoveTempASock(hash);
//pASock->TriggerEvent(FD_CONNECT);
//pASock->TriggerEvent(FD_WRITE);
CClientReqSocket * pClientSock = DYNAMIC_DOWNCAST(CClientReqSocket, pASock);
if(pClientSock && pClientSock->client)
{
pClientSock->client->SetIP(ip);
pClientSock->client->ResetIP2Country();
}
Finish();
}
int CTraverseByBuddy::SendConnectReq()
{
if(m_dwState & NAT_E_TIMEOUT) return 1;
m_SendReqTime = time(NULL);
m_nSendReqCount++;
CClientReqSocket * pClientSock = NULL;
try
{
pClientSock=DYNAMIC_DOWNCAST(CClientReqSocket, m_Sock);
}
catch(...)
{
TRACE("Exception: %s\n", __FUNCTION__);
Failed();
return 1;
}
if(pClientSock && pClientSock->client)
{
m_dwTraverseIp = pClientSock->client->GetBuddyIP();
m_wTraversePort = htons(pClientSock->client->GetBuddyPort());
//if(!m_dwTraverseIp || !m_wTraversePort)
// return 1;
}
else
{
//T_TRACE("failed to get buddy addr by CUpdownClient");
Failed();
return 1;
}
Kademlia::CUInt128 uBuddyID(true);
uBuddyID.Xor(pClientSock->client->GetBuddyID());
byte cID[16];
uBuddyID.ToByteArray(cID);
#ifdef _DEBUG_NAT
const uchar *uh=m_UserHash;
TRACE(_T("send sync to connect %02X%02X%02X%02X by buddy. kad id=%s\n"), uh[0],uh[1],uh[2],uh[3],
UserHashToString(cID));
CString str=ipstr(m_dwTraverseIp, ntohs(m_wTraversePort));
TRACE(_T("\n\n******* buddy dest addr: %s\n"), (LPCTSTR)str);
#endif
// header + opcode + kadid&reserve + vc_header + sync + myaddr + myid + connack
uchar Buf[2+32+1+4+1+6+16+4];
Buf[0] =OP_EMULEPROT;
Buf[1] = OP_REASKCALLBACKUDP;
// target kad id
memcpy(Buf+2, pClientSock->client->GetBuddyID(), 16);
memset(Buf+18,0,16);
Buf[34] = OP_VC_NAT_HEADER;
DWORD packsize=rand();
memcpy(Buf+35, &packsize, 4);
Buf[39] = OP_NAT_SYNC;
GetMyUserHash((uchar*)Buf+46);
memcpy(Buf+62, &m_dwConnAskNumber, 4);
//SendPingPacket();
return CNatSocket::SendPacket(m_dwTraverseIp, m_wTraversePort, Buf, 2+32+1+4+1+6+16+4);
}
void CTraverseByBuddy::OnRecvPing(const uchar * data, int /*len*/, DWORD ip, WORD port)
{
//UINT realsize=len-1;
const uchar * realdata=data+1;
const uchar * hash=realdata;
DWORD ConnAck=0;
memcpy(&ConnAck, hash+16, 4);
T_TRACE("recv ping 2. %02X%02X%02X%02X, ConnAck=%d\n", hash[0], hash[1], hash[2], hash[3],
ConnAck);
CAsyncSocketEx * pASock=NULL;
if(ConnAck && !m_dwConnAskNumber)
m_dwConnAskNumber = ConnAck;
pASock = m_Sock;
ASSERT(pASock);
if(!pASock)
{
T_TRACE("no AsyncsocketEx for unconnect sk\n");
Failed();
return;
}
CNatSocket * nsock = NULL;
if( CGlobalVariable::natthread )
{
nsock = CGlobalVariable::natthread->FindNatSocket(hash);
if(nsock)
{
Finish();
return ;
}
}
nsock=new CNatSocket(pASock);
nsock->m_dwConnAskNumber= m_dwConnAskNumber;
sUserModeTCPConfig * tc=new sUserModeTCPConfig(ip, port);
nsock->SetConfig(tc);
// nsock->m_bTraverseBySvr= true;
// m_dwTraverseBySvr++;
nsock->m_TraversalType = CNatSocket::Traversal_bybuddy;
memcpy(nsock->GetUserHash(), hash, 16);
if( CGlobalVariable::natthread )
{
CGlobalVariable::natthread->AddNatSocket(pASock, nsock);
CGlobalVariable::natthread->RemoveUnconnSocket(hash); //ADDED by VC-fengwen on 2007/10/15 : sock连通后，在unconnectsocket里要清除它。
_AddLogLine(false, _T("NAT traversal connected. %s."), UserHashToString(hash));
CGlobalVariable::natthread->RemoveTempASock(hash);
}
//pASock->TriggerEvent(FD_CONNECT);
//pASock->TriggerEvent(FD_WRITE);
CClientReqSocket * pClientSock = NULL;
try
{
pClientSock = DYNAMIC_DOWNCAST(CClientReqSocket, pASock);
}
catch(...)
{
TRACE("Exception: %s\n", __FUNCTION__);
Failed();
return ;
}
if(pClientSock && pClientSock->client)
{
pClientSock->client->SetIP(ip);
pClientSock->client->ResetIP2Country();
}
else Failed();
Finish();
}
bool CNatThread::ProcessPacket(const BYTE* packet, UINT size, uint32 ip, uint16 port)
{
uint8 opcode=packet[4];
const uchar * realdata=packet+5;
UINT realsize=size-5;
CSingleLock locker(&m_Mutex, TRUE);
// modiefied by robert, 2010-08-03
// beta版屏蔽try，以求暴露更多问题
#ifndef _BETA
try
{
#endif
switch(opcode)
{
case OP_NAT_REPING:
OnReping(ip, port, realdata, realsize);
break;
case OP_NAT_REGISTER:
// VC-SearchDream[2007-06-15]: Add Login Support
if (realsize >= 2 && !m_bRegister && ip==m_dwSvrIp && port==m_wSvrPort )
{
if (realsize >= 6)
{
WORD port = *(WORD*)(realdata);
DWORD ip = *(DWORD*)(realdata + 2);
if (ip != m_dwSvrIp || port != m_wSvrPort)
{
m_dwSvrIp = ip;
m_wSvrPort = port;
m_bRegister = false;
RegisterMe(m_dwSvrIp,m_wSvrPort);
m_dwRegAttemptTimes = 1;
m_dwRegNextAttempInterval = INIT_ATTEMPT_INTERVAL*2;
break;
}
}
else
{
WORD port = *(WORD*)(realdata);
if (port != m_wSvrPort)
{
m_wSvrPort = port;
m_bRegister = false;
RegisterMe(m_dwSvrIp,m_wSvrPort);
m_dwRegAttemptTimes = 1;
m_dwRegNextAttempInterval = INIT_ATTEMPT_INTERVAL*2;
T_TRACE("new server port : %d.", ntohs(port));
break;
}
}
}
m_dwSvrRetTime = time(NULL);
if(!m_bRegister)
{
m_bRegister=true;
m_dwSvrKeepalive = time(NULL);
m_dwRegAttemptTimes = 0;
m_dwRegNextAttempInterval = INIT_ATTEMPT_INTERVAL;
T_TRACE("reset svr time in register");
AddLogLine(false, _T("Registered to NAT traversal server\n"));
}
break;
case OP_NAT_FAILED:
{
/*
if(realdata[0]==2)
{
m_bRegister = false;
break;
}
else */if(realdata[0]==1)
{
realdata++;
realsize--;
int n=realsize/16;
if(ProcessStrategyPacket(realdata, ip, port, packet+4, size-4))
break;
for(int i=0; i<n; i++)
{
TRACE(_T("failed conn request for %s\n"),UserHashToString(realdata));
CUnconnSocket * us= FindUnconnectSocket(realdata);
if(us) us->m_dwState |= NAT_E_NOPEER;
realdata+=16;
}
}
}
break;
//case OP_NAT_SYNC2:
//if(ProcessStrategyPacket(realdata+6, ip, port, packet+4, size-4))
// break;
//OnSync2(ip, port, realdata, realsize);
//break;
case OP_NAT_SYNC2:
case OP_NAT_SYNC:
OnSync(ip, port, realdata, realsize);
break;
case OP_NAT_PING:
OnPing(ip, port, realdata, realsize);
break;
case OP_NAT_DATA:
{
if(size < 4) // ACK (+ DATA)
break;
DWORD ConnAck = 0;
memcpy(&ConnAck, realdata, 4);
realdata += 4;
realsize -= 4;
CNatSocket* source = FindNatSocket(ip, port, ConnAck);
if( source == NULL )
{
#ifdef _DEBUG_NAT
TRACE("\n*** no nat sock to recv NAT_DATA. connack=%08x\n", ConnAck);
#endif
uint32 uSequenceNr = PeekUInt32(realdata);
if(uSequenceNr==1)
{
uchar pack[16];
GetMyUserHash(pack);
CNatSocket::SendPacket(ip, port, OP_NAT_REPING, pack, 16);
}
else
{
CNatSocket::SendPacket(ip, port, OP_NAT_RST, NULL, 0);
}
break;
}
if(source->ProcessDataPacket(realdata, realsize))
{
//TRACE("source->ProcessDataPacket is OK. tag=%08x. Asyncsock=%08x\n", tag,source->GetParent());
//source->OnReceive(0);
source->m_Parent->TriggerEvent(FD_READ);
return true;
}
else
{
T_TRACE("\nFailed to source->ProcessDataPacket. ConnAck=%08x\n\n", ConnAck);
}
break;
}
case OP_NAT_ACK:
{
DWORD ConnAck = 0;
memcpy(&ConnAck, realdata, 4);
realdata+=4;
realsize-=4;
CNatSocket* source = FindNatSocket(ip, port, ConnAck);
if( source == NULL )
{
#ifdef _DEBUG_NAT
TRACE("\nsend RST for no nat sock to do NAT_ACK\n");
#endif
CNatSocket::SendPacket(ip, port, OP_NAT_RST,0,0);
break;
}
source->ProcessAckPacket(realdata, realsize);
break;
}
case OP_NAT_RST:
{
break;
}
default:
TRACE("Unknown command\n");
break;
}
// modiefied by robert, 2010-08-03
// beta版屏蔽try，以求暴露更多问题
#ifndef _BETA
}catch(...)
{
TRACE("Exception: %s\n", __FUNCTION__);
}
#endif
return true;
}
void CNatThread::CheckConnection()
{
// modified by robert, 2010-07-30 加锁
CSingleLock locker(&m_Mutex, TRUE);
POSITION pos = NULL, posCur=NULL;
if(! m_UnConnectSocket.IsEmpty())
{
pos = m_UnConnectSocket.GetHeadPosition();
for(; pos!=NULL; )
{
posCur = pos;
CUnconnSocket * usock=m_UnConnectSocket.GetNext(pos);
if(!usock)
{
m_UnConnectSocket.RemoveAt(posCur);
continue;
}
if(usock->m_dwState & NAT_S_SYNC && time(NULL)-usock->m_SendPingTime >4)
{
if(usock->m_nPassivePing> 15)
{
if(usock->m_Sock)
{
usock->m_Sock->TriggerEvent(FD_FAILED, 1);
}
_AddLogLine(false, _T("Passive Unconnected NatSock was deleted. timeout. %s."), UserHashToString(usock->m_ClientId));
RemoveSocketInUnconn(posCur);
}
else usock->SendPingPacket();
}
}
}
pos = m_SockMap.GetHeadPosition();
while(pos)
{
posCur=pos;
CNatSocket * nsock=m_SockMap.GetNextValue(pos);
if(!nsock)
{
m_SockMap.RemoveAt(posCur);
continue;
}
if(time(NULL) - nsock->m_dwRecvKeepalive > 4*TM_KEEPALIVE)
{
_AddLogLine(false, _T("NatSock was deleted. timeout. %s."), UserHashToString(nsock->GetUserHash()));
m_SockMap.RemoveAt(posCur);
delete nsock;
}
}
// check natsock pool
pos = m_NatSockPool.GetHeadPosition();
while(pos)
{
posCur=pos;
CNatSocket * nsock=m_NatSockPool.GetNextValue(pos);
if(!nsock)
{
m_SockMap.RemoveAt(posCur);
continue;
}
if(time(NULL) - nsock->m_dwRecvKeepalive > 4*TM_KEEPALIVE)
{
_AddLogLine(false, _T("NatSock(in pool) was deleted. timeout. %s."), UserHashToString(nsock->GetUserHash()));
m_NatSockPool.RemoveAt(posCur);
delete nsock;
}
}
if (NULL != theApp.emuledlg)
PostMessage(theApp.emuledlg->GetSafeHwnd(), UM_NAT_CHECK_STRATEGIES, 0, 0);
}
void CNatThread::OnPing(DWORD ip, WORD port, const uchar * pData, int nDataSize)
{
// modified by robert, 2010-07-30 加锁
CSingleLock locker(&m_Mutex, TRUE);
if(nDataSize==0)
{
//数据区长度为0
if(ip==m_dwSvrIp && port==m_wSvrPort)
{
m_dwSvrRetTime = time(NULL);
T_TRACE("reset svr time in ping");
return;
}
POSITION pos = m_SockMap.GetHeadPosition();
while(pos)
{
CNatSocket * nsock=m_SockMap.GetNext(pos)->m_value;
if(nsock && nsock->GetTargetIP()==ip && nsock->GetTargetPort()==port)
{
#ifdef _DEBUG_NAT
const uchar * id=nsock->GetUserHash();
TRACE("recv keepalive from %02X%02X%02X%02X \n", id[0],id[1],id[2],id[3]);
#endif
nsock->m_dwRecvKeepalive = time(NULL);
}
}
pos = m_NatSockPool.GetHeadPosition();
while(pos)
{
CNatSocket * nsock=m_NatSockPool.GetNextValue(pos);
if(nsock && nsock->GetTargetIP()==ip && nsock->GetTargetPort()==port)
{
#ifdef _DEBUG_NAT
const uchar * id=nsock->GetUserHash();
TRACE("recv keepalive(sock pool) from %02X%02X%02X%02X \n", id[0],id[1],id[2],id[3]);
#endif
nsock->m_dwRecvKeepalive = time(NULL);
}
}
return;
}
//数据区长度非0，数据区为user hash, Connack
const uchar * hash=pData;
if(ProcessStrategyPacket(hash, ip, port, pData-1, nDataSize+1)) // Include opcode
return;//必然不返回
DWORD ConnAck=0;
memcpy(&ConnAck, hash+16, 4);
TRACE("recv ping 1. %02X%02X%02X%02X, ConnAck=%d\n", hash[0], hash[1], hash[2], hash[3],
ConnAck);
CAsyncSocketEx * pASock=NULL;
CUnconnSocket * usock=FindUnconnectSocket(hash);
if(usock)
{
//发现此未连接用户
if(ConnAck && !usock->m_dwConnAskNumber)
usock->m_dwConnAskNumber = ConnAck;
pASock = usock->m_Sock;
if(!pASock)
{
//未发现此用户套接字
TRACE("no AsyncsocketEx for unconnect sk\n");
POSITION pos = m_UnConnectSocket.GetHeadPosition(), curPos;
while(pos)
{
curPos = pos;
CUnconnSocket * us= m_UnConnectSocket.GetNext(pos);
if(us && memcmp(us->m_ClientId, hash, 16)==0)
{
TRACE("remove invalid unconnected sk\n");
RemoveSocketInUnconn(curPos);
break;
}
}
return;
}
}
else
{
//未发现此未连接用户
if(nDataSize>20) return;
CNatSocket * nsock = FindNatSocket(hash);
if(! nsock)
{
//未发现此nat用户
nsock =WakeupNatSocketFromPool(hash);
if(! nsock)
{
TRACE("*** recv a invalid ping. %02X%02X%02X%02X\n", hash[0], hash[1], hash[2], hash[3]);
return;
}
if(ConnAck) nsock->m_dwConnAskNumber = ConnAck;
}
if(nsock->m_dwConnAskNumber!=ConnAck)
{
T_TRACE("invalid ConnAck for ping.ConnAck=%d", ConnAck);
return;
//nsock->DumpData();
}
nsock->m_UserModeTCPConfig->TargetIP = ip;
nsock->m_UserModeTCPConfig->TargetPort = port;
uchar pack[21];
GetMyUserHash(pack);
memcpy(pack+16, &ConnAck, 4);
nsock->SendPacket(OP_NAT_PING, pack, 21);
TRACE("I am connected, echo a ping for connecting. %02X%02X%02X%02X\n", hash[0], hash[1], hash[2], hash[3]);
//nsock->GetParent()->TriggerEvent(FD_CONNECT);
return;
}
//发现此用户套接字,此部分不可能被执行到
ASSERT(pASock);
CNatSocket * nsock=new CNatSocket(pASock);
nsock->m_dwConnAskNumber= usock->m_dwConnAskNumber;
sUserModeTCPConfig * tc=new sUserModeTCPConfig(ip, port);
nsock->SetConfig(tc);
nsock->m_dwRecvKeepalive = time(NULL);
//if(! usock->m_bByBuddy)
//{
// nsock->m_bTraverseBySvr= true;
// m_dwTraverseBySvr++;
//}
nsock->m_TraversalType = CNatSocket::Traversal_bysvr;
ASSERT(m_SockMap.Lookup(pASock)==0);
//m_SockMap.SetAt(pASock, nsock);
AddNatSocket(pASock, nsock);
memcpy(nsock->GetUserHash(), hash, 16);
POSITION pos =m_UnConnectSocket.Find(usock);
if(pos)
{
m_UnConnectSocket.RemoveAt(pos);
}
_AddLogLine(false, _T("NAT traversal connected. %s."), UserHashToString(hash));
RemoveTempASock(hash);
//nsock->m_Parent->TriggerEvent(FD_CONNECT);
//nsock->m_Parent->TriggerEvent(FD_WRITE);
CClientReqSocket * pClientSock = DYNAMIC_DOWNCAST(CClientReqSocket, pASock);
if(pClientSock && pClientSock->client)
{
pClientSock->client->SetIP(ip);
pClientSock->client->ResetIP2Country();
}
delete usock;
}
void CNatThread::RemoveNatSocket(const uchar *UserId)
{
USERHASH k(UserId);
CNatSocket * nsock=NULL;
CSingleLock locker(&m_Mutex, TRUE);
if(m_NatSockPool.Lookup(k, nsock))
{
m_NatSockPool.RemoveKey(k);
_AddLogLine(false, _T("NatSock (in sock pool) was deleted. by above application. %s."), UserHashToString(nsock->GetUserHash()));
delete nsock;
}
}
